1) energy efficiency
能量利用效率
1.
The energy efficiency and radiation non-uniformity of planar radiation field provided by several kinds of hohlraum are calculated.
合适的平面靶与腔壁的面积比既使平面靶的能量利用效率趋近理想又使得平面靶不太大以满足均匀度要求。
2) the laser effective energy utilization
激光能量有效利用率
1.
In order to express the distribution of the laser energy in the processing of powder feeding laser cladding, the concept of the laser effective energy utilization rate β was formulated.
为系统地阐述送粉激光熔覆过程中激光能量的分配关系,在分析熔覆材料和基体材料与激光相互作用的基础上,提出了激光能量有效利用率的概念,给出了检测方法,并系统分析了影响因素。
3) energy utilization rate
能量利用率
1.
An experimental study was conducted of the impact of the wire-wire spacing,wire-plate spacing,pulse-formation capacitance and primary voltage of a wire-plate type pulse-streamer corona-discharge reactor on secondary streamer energy and energy utilization rate.
实验研究了线-板式脉冲流光电晕脱硫反应器的线线间距、线板间距、脉冲成形电容及初级电压对二次流光能量及能量利用率的影响,实验结果表明,当反应器线线间距一定时,增大反应器的线板间距可以降低二次流光的能量;线线间距与线板间距的匹配对二次流光能量和能量利用率有很大影响,当线线间距为线板间距的0。
4) energy utilization ratio
能量利用率
1.
Analyzing of the relationship between fan diffuser-tower efficiency and energy utilization ratio;
浅析风机扩散器—塔效率与风机能量利用率关系
2.
In this paper, the theoretic analysis and simulation experiment of the technique have been introduced in respect of enhancing explosive energy utilization ratio and protecting environment.
节能环保工程水压爆破是一种新的爆破技术 ,文章主要介绍该项技术提高炸药能量利用率和保护环境的理论分析和模拟试验 ,着重是创新突破点、关键技术和实际应用所取得的显著技术经济效
5) energy utilization efficiency
能量利用率
1.
of China since 2003 in respect of forced outage times,forced energy unavailability,scheduled energy unavailability and energy utilization efficiency.
文章从强迫停运次数、强迫能量不可用率、计划能量不可用率、能量利用率这4个方面,分析了2003年以来国家电网公司直流输电系统的可靠性。
6) energy usage ratio
能量利用率
1.
The facula was reduced three times and focalized on samples,the optical system was restored and focalized to a receiver,and the energy usage ratio can be calculated and analyzed.
将光斑缩小三倍聚焦到样品上,把光路还原聚焦到接收器上,对能量利用率进行了分析计算。
补充资料：能量效率
分子式：
CAS号：
性质：在规定条件下，蓄电池放电期间给出的能量与充电时恢复到完全充电状态所需能量的比值。又称瓦时效率。
CAS号：
性质：在规定条件下，蓄电池放电期间给出的能量与充电时恢复到完全充电状态所需能量的比值。又称瓦时效率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条